The aim of this paper is the determination of plastic strain energy for the material with athermal martensitic transformation under biaxial cyclic stress state. The growing martensitic phase may substantially change the strength and technological properties of austenitic steels, particularly the fatigue characteristics. It changes stress - irreversible strain dependence (constitutive equations), what was taken into account with the help of scalar internal parameter - the ratio of martensite in austenite. This involved into equations parameter modifies dependencies describing energy spread in material. The detailed analysis of energy damping dependencies has been performed for cyclic tension and compression with torsion.
Energy Accumulation under Biaxial Cyclic Stress State for Materials with Athermal Martensitic Transformation
Sae Technical Papers
SAE Brasil International Conference on Fatigue ; 2001
2001-03-05
Conference paper
English
Variations in Biaxial Cyclic Stress-Strain Response and High Performance Materials
British Library Conference Proceedings | 1995
|SPIE | 1986
|Stress-Strain State and Bearing Capacity of Members Under Biaxial Bending
Springer Verlag | 2022
|British Library Conference Proceedings | 2006
|